M275310 八 新型說明： 【新型所屬之技術領域】 本新型涉及-種送風機，特別是_ 接元件而固接於風扇裝置之送風機。 ”、肌稭由一輔助固 【先前技術】 送風機係用以傳送空氣之空氣，可 環，舉凡包括建築物、身L舶以及火* ^ 7用於般換乳以及空氣循 以及發射機之冷卻|置等用途；^ 空—即、產業用的排氣裝置 軸流式以及離心式之送風機，又，、：复依其風扇裝置之種類而區分為 式以及雙吸式之送風^顺又依其入風口之數目而可區分為單吸 風機—吸式之離心送 一驅動機構3〇以驅動其轉動，而自^氣 入平順的氣流，而減少噪音2生r 计為鐘口狀，藉以吸 進氣導流元件21之設置請參閱「第2圖」，進 ίΪΓΐ ίη 開口端210固定於殼體20上，後開口端扣則愈 而L卜通Γ!·目連接，而後開口端211之口徑小於前開口端 P1合;^右7 * ^之知口狀；然而’後開口端211與風扇裝置10之 而導致送風機所吸入的氣流會透過此空隙而流 _==2巾嶋姻使得進氣導流元件21之定 ί 了解決此問題，將進氣導流元件21修改如「第3圖」所示之設 ^狀使進氣導流元件21之後開口端211伸人風扇裝置10内 貝1、、、上述之空隙所流失的氣流，增加送風機之效能，然，由 於後開口端211並無固定，因此氣流仍會造成進氣導流元件a、的振 動，甚至與風扇裝置10碰撞而帶來擾人的噪音。 【新型内容】 5 M275310 氣之=並種送風機’其功能在於提高送風機傳送空 =^上述目的’這種送風機的較佳實施方案，包括了 置 叙體以及一驅動機構；風扇裝置架設於嗖|#内，、，—羽衣 動風扇裝“置轉動，而可作為換氣⑽空氣循環之=== 卜;V又的入風口處设置有一固接元件，殼體的進 & 羽衣 接元件而與風扇裝置相銜接；風扇裝 產二此固 =錢導流元件吸入大量的氣流，平順的氣流透過 ί:端及風扇裝置上，因此吸：s:二 :氣流而產生振動或是碰撞，因而可減少高速傳送^^;= 【實施方式】 首先請參閱「第4圖」，其中揭露了本新 一較佳實施例，本較佳實施例之送風機 ^風^的第 係由一風魏置ίο架設於-殼㈣内部，其 動機構30以驅動其轉動。 ^置〇則疋被一驅 置1〇之基本結構係如「第5圖」所示 及-外设12 ;而葉輪u係為多個等距隔開之 以 後方的主板⑴上，而葉片11〇與主板1固 列於 葉片110之數目以及形狀得依送風機！之適用』=2::然， 111之中心設有一軸承m用以搞接驅動機構3〇 1，主板 帶動葉輪η轉動；外殼U之形狀不以圖 稭由焉=構30而 口 120以及一出風口 121。 、曰為限，係包括一入風 口月再參閱「第4圖」，驅動機構3〇如圖所示兔_ 連接如驅動馬達等之動力來源，藉由驅 ^桿會 桿轉動，進而帶動葉輪n轉動。 違崎供之動力，而使輛 M275310 殼體20位於風扇裝置10之外側，包括一進氣導流元件2i以及〆 出風口 22 ’如「第1圖」所示’進氣導流元件21位於殼體之左側， 而出風口 22位於设體20前方，然，進氣導流元件2]之位置不限於在 右側或是左側’而出風口 22亦可視使用之需求，而設置在殼體2〇上 方等其他位置；又，進氣導流元件21與風扇裝置〗Q之人風口 12〇相 通，用以將氣流送人風扇裝置1G中，而殼體2G之出風口 22則與風扇 裝置10之出風口 121相通，用以將氣流送出。 進氣導流元件21係設計為鐘口狀，藉以吸入平順的氣流，而使氣 流可以直接到達風扇裝置丨〇，不但可增加送風機丨之效率，亦可達到 籲減少因氣流不順而產生的。喿音，而進氣導流元件21之前開口端21〇 固定於殼體20上，後開口端211則與風扇裝置1〇相通；另，出風口 22可為-開放式的開口 ’或是可配合設置—可自行調節開關的閉門， 使用者則可視使用之需求’而調整閘門之開啟情形，進而調節氣流的 送出量。M275310 VIII New type description: [Technical field to which the new type belongs] This new type relates to a type of blower, especially a blower which is connected to a component and fixed to a fan device. ”, The muscle is supported by an auxiliary solid [previous technology] The blower is used to convey the air of the air, which can be circulated. For example, it includes buildings, ships, and fire * ^ 7 for general milk change and air circulation and transmitter cooling | Equipment and so on; ^ Air-that is, industrial exhaust devices, axial flow and centrifugal blowers, and :: It is divided into type and double suction type according to the type of fan device. The number of air inlets can be divided into single-suction fans—suction-type centrifugal sending a drive mechanism 30 to drive its rotation, and self-injected air into a smooth air flow to reduce noise. It is counted as a bell mouth, whereby Refer to "Figure 2" for the setting of the intake air guide element 21, and the open end 210 is fixed to the housing 20, and the rear open end buckle is more connected by the L buton Γ! · Mesh, and the rear open end 211 The diameter is smaller than the front open end P1; ^ Right 7 * ^ knows the mouth shape; however, 'the rear open end 211 and the fan device 10 cause the airflow sucked in by the blower to flow through this gap and _ == 2 towel The determination of the intake guide element 21 solves this problem, and guides the intake guide The element 21 is modified as shown in the "Figure 3" to make the open end 211 behind the air intake guide element 21 extend into the air flow lost in the above-mentioned gaps of the fan device 10 to increase the efficiency of the blower. However, since the rear open end 211 is not fixed, the airflow will still cause the vibration of the air intake guide element a, and even collide with the fan device 10, which will cause disturbing noise. [New content] 5 M275310 Qi = Combined blower's function is to increase the blower's transmission space = ^ the above purpose 'The preferred embodiment of this blower includes a stylized body and a drive mechanism; the fan device is set up at 嗖 | # 内 ，、， — The feather fan is installed to rotate, and it can be used as the ventilation and air circulation. === Bu; V is also provided with a fixed element at the air inlet. The casing's inlet & feather element It is connected with the fan device; the fan assembly produces two solid parts = the money guide element sucks a large amount of airflow, and the smooth airflow passes through the end and the fan device, so it sucks: s: two: airflow causes vibration or collision, High-speed transmission can be reduced ^^; = [Embodiment] Please first refer to "Figure 4", which discloses a new preferred embodiment of the present invention. ο is erected inside the shell, and its moving mechanism 30 drives it to rotate. ^ Setting 0 means that the basic structure of 1 being driven by 10 is as shown in "Figure 5" and-peripheral device 12; and the impeller u is a plurality of equally spaced back main boards ⑴, and the blades The number and shape of 110 and the main board 1 fixed on the blade 110 depend on the fan! "Applicable" = 2 :: Then, a bearing m is provided at the center of 111 to engage the driving mechanism 3001, and the main board drives the impeller η to rotate; the shape of the housing U is not shown in the figure. Air outlet 121. It is limited, and it includes an air inlet. Refer to "Figure 4" again. The drive mechanism 30 is as shown in the figure. Connected to a power source such as a drive motor. The drive lever will rotate the rod to drive the impeller. n turn. In response to the power provided by the vehicle, the M275310 housing 20 is located on the outer side of the fan device 10, and includes an intake air guide element 2i and an air outlet 22 'as shown in "Figure 1"' The left side of the housing, and the air outlet 22 is located in front of the body 20, however, the position of the air intake deflector 2] is not limited to the right or left side. The air outlet 22 can also be provided in the housing 2 according to the needs of use. 〇 Above and other positions; In addition, the air intake deflector 21 communicates with the human air outlet 12 of the fan device Q, and is used to send air to the fan device 1G, and the air outlet 22 of the housing 2G is connected to the fan device 10 The air outlet 121 is communicated with each other and is used to send out airflow. The air intake guide element 21 is designed as a bell mouth, so as to suck the smooth airflow, so that the airflow can directly reach the fan device, which not only can increase the efficiency of the blower, but also can reduce the airflow caused by the irregular airflow. There is a beep sound, and the front open end 21 of the intake air guide element 21 is fixed to the housing 20, and the rear open end 211 is in communication with the fan device 10; In addition, the air outlet 22 may be an open opening or may be Cooperate with the setting—the closed door of the switch can be adjusted by itself, and the user can adjust the opening of the gate according to the needs of use, and then adjust the amount of air flow.
明配合茶閱第4圖」〜「第5圖」，本較佳實施例於風扇裝置 /之外设12的人風口 120處|設—固接^件4()，進氣導流元件21 之後開口端211則藉由此固接元件4〇與風扇裝置1〇相銜接，而固接 兀件40與進氣導流元件21銜接之方法以焊接以及透過至少—個連接 件將兩者雛等方式為例，但不僅限此；又，隨元件4()可為一獨立 ，凡件’但亦可巧扇裝i 10之外殼12為一體成型之構造；由於進 =導流7L件21之前、後開口端21〇、211分別與殼體2〇以及風扇震置 ;銜丄妾，因此進氣導流元件U之固定情形良好，且與風 間不在力右变瞄。 〜 進氣導流兀件21與固接元件4〇相互銜接處如「第4圖」所示， ^妾元件4㈣π徑大於進氣導流树21的口徑，然，亦可為進 ^兀件21的口徑大於固接元件4〇的口徑之設計。 本實關於使狀時，驅動機構％藉由主板⑴上的轴承！ :動，輪η轉气’因喊生—股吸力，此吸力使外部魏之氣流經過 、，里口狀的進氣導kTC件2卜再通過風扇裝置1G之人風口 m而傳送 7It is shown in Figure 4 in conjunction with tea "to" Figure 5 ". This preferred embodiment is located at the air outlet 120 of the fan unit / outside 12 | set-fixed ^ piece 4 (), intake air guide element 21 Then, the open end 211 is connected to the fan device 10 by the fixing element 40, and the fixing element 40 is connected to the intake air guide element 21 by welding and passing the two components through at least one connecting member. And other methods as an example, but not limited to this; Also, with the component 4 () can be an independent, all pieces' but also the case 12 of the fan-mounted i 10 is an integrally formed structure; because the inlet = guide 7L before the 21 piece The rear open ends 21o and 211 are respectively positioned with the housing 20 and the fan; therefore, the fixing condition of the intake air guide element U is good, and it is not right when it is not in contact with the wind. ~ The joint between the air intake guide element 21 and the fixed element 40 is as shown in "Figure 4". The diameter of the element 4 妾 π is larger than the diameter of the air intake guide tree 21, but it can also be an input element. The diameter of 21 is larger than that of the fixed component 40. In fact, when driving, the driving mechanism uses the bearings on the main board ％! : Dynamic, wheel η turning air ’is due to shouting—strand suction. This suction causes the external Wei airflow to pass through the inner-shaped inlet guide kTC 2 and then pass through the air outlet m of the fan device 1G. 7